A gun safety mechanism prevents your gun from firing if the trigger is accidentally compressed. This promotes user safety and the safety of people nearby. Some safety mechanisms are installed inside the gun, while other gun parts can be added externally. Here are some tips to help you choose the right safety mechanisms for your firearm:
Table of Contents
Review Safety Mechanism Types
Firearm safety mechanisms perform different functions to suit various gun types. Some common mechanisms include:
- Firing pin block: An internal mechanism that prevents the firing pin from striking the cartridge in semi-automatic firearms
- Slide safety: Usually found on hinge-action firearms, this safety blocks the trigger from being compressed
- Grip safety: This handgun safety does not allow the trigger to be pulled if the gun is not held correctly
- Thumb safety: A lever that can be engaged to prevent the trigger from being pulled on pistols and shotguns
- Cross-bolt safety: A push button that blocks the trigger on pump or semi-automatic firearms
Decide the Firearm’s Intended Use
A suitable safety mechanism should match how and where you use your firearm. If you are a hunter, you likely spend time in dense bush and extreme temperatures. In these locations, weather-resistant gun parts help verify that safety mechanisms work in all conditions. A safety with audible and tactile feedback also helps reduce misfire risks during sudden movements.
If you are a competitive shooter, speed is a priority. Look for safeties with minimalist designs to help you transition quickly between targets. The safety mechanism should be easy to engage or disengage quickly, maintaining safety in high-speed environments. Concealed carry users may choose handguns with grip safeties that deactivate naturally upon drawing the weapon.
Test Device Function
Safety mechanisms should work together with other gun parts, allowing it to function under pressure or in adverse weather. Testing and confirming a mechanism’s performance helps verify that your gun will not fire when the safety is engaged. The trigger function should return to its initial position after disengaging the safety.
Dry fire routines and snap caps can help you evaluate whether a safety is compatible with your gun type and use. Every new safety configuration, especially one using third-party gun parts, should undergo a deliberate break-in period. This includes practicing safety transitions, verifying lockup consistency, and checking for excessive wear over time.
Check Maintenance Needs
While safety mechanisms are built to last, the devices may need regular inspection to maintain reliability. Over time, debris and carbon can build up on the mechanism, compromising the device’s functionality. The springs may also wear out, causing sudden breakdowns that put your safety at risk. Check the device’s durability and whether you are willing to put in the maintenance work. Aftermarket parts may be available if the device needs upgrades.
Consult a Reliable Gun Parts Provider
Firearm safety mechanisms should blend functionality and compatibility with other gun parts. When choosing one, pay attention to how you intend to use your gun and select a mechanism that works well under those conditions. Gun parts specialists can guide you in choosing a mechanism that meets your needs. Contact a firearm build components provider today to learn more about available safety mechanisms.